經沭部屮央標準杓员工消仰合作杜印製 200431 AG __ l\()____ 五、發明説明（1) [發明之領域丨 本發明傜關於熱轉印紙及適於熱轉印紙之原紙，以將字 體、型樣等轉印於所欲轉印之物質上。 [先前技蓊之敘述] 迄今使用一種熱轉印用紙以將文字，數字或圖案轉印於 一物質上，對該物質（以下稱為「轉印物」）轉印此等文字 、數字、型樣或圖案及型樣以供顯示及/或装飾之用。該 熱轉印用紙包括紙或塑膠膜之基材，其上_一隔離層設有 熱粘著性轉印層，或包括上述基材，其1:設有可舁華之熱 轉印層。在該熱轉印用紙被用以將文字、數字及圖案轉印 至一轉印物之場合，已知有各種轉印方法，，例如其一例包 括依照適當印刷方法如絲絹網印刷、照相凹販印刷、套販 印刷等方法預先將所欲文字、數字及圖案藉可熱轉印材料 印刷於基材上，然後予以轉印至.•轉印物；另一例包括將 熱轉印層阽在基材全表面上，自所生成組合物切下所欲字 體或型樣後予以轉印至一轉印物，: 藉印刷形成文字、數字及圖案之方法乃適於製備同一文 字或數字及圖案之大量的熱轉印材料，但它需要太高的印 刷費用，從而在小規模生産之場合其産品之單位成本相當 增加。另一方面，將阽在基材t表面上之包括熱轉印層之 熱轉印紙切成所欲文字或數字或圖案後予以轉印至一轉印 基材之方法可依照所需指定量形成所欲文字或數字或圖案 從熱轉印紙切下字體或型樣（之操作）係可利用竽動裁切 之方法來執行。怛考窳字體或型樣之可加工性及均勻性應 (請先閱請背而之.汪念卞項VC堝寫木 本紙張尺度遑用中國Η家楳孕（CNS> 規怙（2丨0X2ί)7公龙> 3 00431 Λ 6 Η 6 經沭部屮央標準劝貝工消汾合作杜印奴 五、發明説明（2 ) 尹達成畤，有利的是，使用由電腦控制之自動裁切機以從 轉印紙切下它們。已知使用此種自動裁切機之各種製備字 體或型樣之方法。例如，其一例包括形成延及熱轉印紙基 材底部之溝槽以切下字體或型樣後重排它們；另一例包括僅 於轉印層中形成溝檜以除去其無用的轉印層。在前者之方 法中，從轉印紙各別切下之字體或型樣其重排有困難，因 此後者方法優於前者方法。 在後者方法中，ii隔離層阽在基材上之轉印饜其厚度大 時，由剝離（操作）即可容易從轉印層除去其無用部份，但 若轉印層較薄，該項去除則有困難或無法達成。尤其在熱 轉印材具有可昇華之熱轉印層時，不可能除去其無用部份。 [發明之槪要] 從而，本發明之一目的為提供一種熱轉印紙，其熱轉印 特性優異，且自此熱轉印紙利用自動裁切系統可切下文字 ，數字、圖案等之類，並可容易除去不霈要（無用 > 的部份。 本發明之另一目的為提供一種適於上述熱轉印紙之原紙。 依照本發明之-態樣，提供原紙包括第 支樽構件及可 剝離地與第一支撺構件整合之第二支橡構件，其上可形成 -熱轉印層者，轅此可達成上述吕的之-。 依照本發明之另一態樣，提供一種熱轉印紙包括一原紙 擁有第一支樽構件及可剝離地與第-支棣構件整合之第二 支撐構仵醬一熱轉印層形成於該原紙第二支撐構件上者 ，藉此可達成本發明之其他目的。 具有W熱性充分《於熱轉印操作期間所受之熱的紙張狀 本紙Λ尺度逍用中a困家樣準(CNS)V4規格（210x297公；¢) 4 ^00431 經濟部屮央櫺準^Α工消"合作杜印製 Λ fi _[J_6 五、發明説明（3) 材料如紙、塑睡膜及箔Η等，乃可用作該熱轉印紙用原紙 之第一支橡構件用之材料。此外，第二支橡構件亦可由紙 、塑謬護、箔Η等之類製造之，祗要它們具有酗熱性充分 W於熱轉印操作期間所受之熱。其可用於本發明之特定例 為，紙類如逋林紙、牛皮紙、透明紙、塗鋒紙及浸漬紙等 ;塑_膜如聚乙烯、聚丙烯、聚對蠹酸乙二酯、聚礞酸_ 、聚釀亞胺、聚_胺、醋釀酯聚合物及異構物之各薄_等 。再者，其可用於本發明之特定例為如不銹鋼箔及鋁箔等 之箔Η。此外，亦有可能使用上述紙/紙、紙/塑醪_、塑 謬膜/塑_ _、紙/箔Η及塑_膜/箔Η各複合物為第一及 第二支樽構件之組合體.:， 第二紙張狀基材可依照各種方法貼在第一紙張狀基材上 ,祗要該項方法可在第一與第二紙張狀基材之間確保適當 _離性。詳言之，此等二基材層在使用-造紙機如多層圈 網造紙機、圓網-短網組合造紙檐，國網長網組合造紙 機或多層長網造紙機等進行造紙遇程中互相層叠。更詳言 之，睡當選擇及/或控制此等二層之厚度及在各層製程中 使用之紙漿及化學品俾可在二層之間確保適當剝離特性， 藉此製造一層叠紙。或者，用一隔離劑如矽氣樹脂、長鍵 烷基樹脂、酵酸樹脂或聚烯烴樹勝，天然蠟或合成蠟等， 以處理第一紙張狀基材，然後使第二支#構件層合至第一 支撐構件。適於此等基材之層合用之粘合劑為例如包括丙 烯酸酯共聚物及橡_，可羼於自固型、固化型、溶劑基型 及乳劑型中之任·種。再者，粘合劑之塗佈量按固體含量 (請先閲讀背而之注意事項杓填寫本頁) 本紙張尺度遑用中國Η家標準（CNS)甲4規格（210X297公龙）5 00431 Λ () |{ 6 經濟部屮央標準’而貝工消"合作杜印製 五、發明説明（4) 表不之方式，為在5〜100g/nf之範圍内，以1〇〜SOg/#之 範圈内較佳。如此，_當選擇隔離劑與粘合劑之組合以便 在此等二層之間産生適當刹離特性之下製備層合紙。闋於 此黏，隔離劑應施加在第一支椿構件上，同畤粘合劑須施 加於第二支撺構件上，否則引起轉印物與第一支撺構件表 面上之粘替劑層接鷗，該層镞由於轉印期間熱轉印_連同 第二支橡構件之無用部份之去除而被暴露者，其結果是使 它們粘合。 再者，由熱塑性樹脂如聚烯烴樹脂等擠鼷於如紙等之第 -支橡構件上而形成第二支樓構件。或者，在形成塑膠膜 時，同時使兩層共擠壓而形成第一及第二支撺構件。在此 場合為在第一與第二支撐構件之間産生適當剝離特性，控 制此等基材在擠壓畤之溫度。 依照本發明之熱轉印紙，包括：在適於熱轉印紙之上述 原紙之第二支撐構件上之-熱轉印層具有一組成，乃依所 生成熱轉印層之用途及轉印物用之材料而不同。熱轉印層 之實例包括熱粘著性樹脂如聚酯樹脂、丙烯酸樹_、氨乙 烯樹脂、氰乙烯共聚物樹脂及乙烯-醋酸乙烯酯共聚物樹 脂等，可單獨或組合使用之。再者，具有因熱昇華之性能 的含染料之油墨亦可用作熱轉印層製備用之材料。此等由熱 粘著性樹脂形成之熱轉印層可進-步包括如染料及顔料等 之箸色劑及粘著力給與用之其他劑物。熱轉印層可任選地 藉一隔離劑層施加在第：:·支撐構件上。 依照本發明之熱轉印紙用之原紙乃具有第一支橡構件， 本紙張尺度边用中國《家楳準(CNS)T4規怙（210X297公：«:) 6 (請先間讀背而之注意事項-^碣寫木頁) 經济部屮央標準^工消"合作社印製 L00431 A (i ____[Hi_ 五、發明説明（5 ) 形成於第一支樨構件上之第二支樽構件，以及形成在第二 支撺構件上之熱轉印層。在使用該原紙時，從熱轉印層通 過第二支樽構件延及第一支樽構件的溝槽换利用自動裁切 系統沿著所欲字體或型樣之周緣切開所形成。詳言之，由 於依照本發明之熱轉印紙具有第二支榫構件，可利用自動 裁切系統來形成一具有所欲形狀之溝槽，邸使在熱轉印層 之厚度小時亦然：，在形成溝槽後，除了已完成所欲轉印字 體之部份外，將熱轉印層之無用部份及該無用部份正下方 之第二支橡構件沿上述溝槽從第一支嫌構件釋放以除去它 們熱轉印層中祗有所欲字體或型樣之部份留存於第一支 撺構件t。再者，使留存於第一支撐構件上之熱轉印層與 轉印物接觸後予以加熱並施加®力〇然後自該轉印物釋放 第一及第二支樽構件，其上形成有熱轉印層之字體或塑樣 者。在此-操作畤，由於必餺使具有字體或型樣之形態的 熱轉印層藉熱粘附至轉印物，使它逗留於轉印物上。其結 果是，變精美而轉印之字儺或摺樣形成於轉印物上，以完 成轉印操作。從而利用依照本發明之熱轉印紙之場合，必 要時可播得所欲形狀之轉印型樣。所得型樣乃不同於由印 刷法所得者，， 此外，本發明提供一種熱轉印紙，乃依所用轉印物之種 類而改變基材之構造，隔離層用之隔離劑及熱轉印層製備 用之材料即可鼴用於適於各種用途之自動裁切系統。 本發明之上述及其他Η的、效果、恃色及優點乃由其具 體例參照有關附圈邸可進一步瞭解。 本紙張尺度逍用中困Β家楳爭（CNSiT*!規格（210X297公龙）7 (請先閱讀背而之注意^項杓塡寫本页) -00431 Λ 6 Π 6 經濟部屮央標準，^工消"合作杜印驭 五、發明説明（<3 ) [圈式之簡述] 圖1為顯示依照本發明之熱轉印紙一具體例之横断®_ .而圓2為顯示依照本發明之熱轉印紙另一具髅例之楱斷 面園。 [較佳具龌例之細節說明] 以F參照附_進一步詳述本發明之實施例。 奮施例1 團1為-横斷面圈顯示叠層之基紙及熱轉印用紙，此轉 印用紙擁有該基紙及設在該基紙上之熱轉印層，作為依照 本發明之第一種具醱例。 由各具基重40g/#旦愾藉多層_網造紙機製造以具有《I 當剝離特性之二層（互相）層叠而製成一具有基重eOg/Bi2及 Stockigt施漿度20秒鐘之基紙，，將一乳_聚矽氣（KM-768 .可由信越化學公司播得）按lg/#量（以固體含量之方式 表示）塗佈於用作第二支撐構件3之一紙層上，以形成一隔 離層4而製備一適於熱轉印紙之原紙1。再者，將包括丙嫌 酸樹脂、氰乙烯-醋_乙烯酯共聚物樹勝及顔料之著色樹 脂按5〜10g/nf量（以固儼含量之方式表示）塗佈於塗有聚 砂氣隔雛層4之表面h以形成一熱轉印層5而製備一熱轉印 紙。以所得熱轉印紙安置於一平床式自動裁切機上，將延 及第二支樽構件3與第一支撐構件2之境界的裁切記號6從 熱轉印層5方面起循一柑反之J丨S標誌作成於該熱轉印紙上 ，然声將由此切F之所生成J iS標誌侬照上述步驟藉熱轉 印至拉幅用之聚氣乙烯布上。 (請先閲讀背而之注意事項#埙寫本頁) 本紙張尺度边用中a國家橒準(CNS)>P4規怙（210X297公龙> 8 五、發明説明（7) 熱轉印操作乃在1001:之溫度及3〇〇g/cffl£之顧力下執行3 分鐘。藉自動裁切機肜成裁切記號之能力，在熱轉印層無 用部份之去除期間自第一支撐構件2剝離第二支搶構件3之 能力以及熱轉印紙之轉印特性均鼷優異*因而可將其壁樣 以良好品質轉印至轉印物。 實施例2 將一具有厚度1 7 « *並被用作隔離層4之聚乙烯樹脂層層 叠於如同實施例1所用原紙（具有相叠二層）之被用作第二 支撐構件3之-層之表面上，而將一聚乙烯樹脂層亦以I? 厚度層叠於該原紙之被用作第一支構構件2之另一層之 表函1:,以供所産生之孃於熱轉印紙之原紙1之防濕之用 經濟部屮央標準杓貝工消汾合作杜印5i (請先閱讀背而之注意事項^顼寫本頁) 再者，將熱轉印層5在如同實施例1所用之條件下層叠 於第二支樽構件3方面之聚乙烯樹脂層（隔離層4>上，以形 成-熱轉印紙。此熱轉印紙被安置於一格子式自動裁切機 上，將裁切記號6以如同實施例1所用之步驟循一相反之 J IS標誌作成於該熱轉印紙上，然後將由此切下之所生成 J 1S標誌依照上述步驟及在如同實旃例丨所用之條件下轉印 至拉轜用之聚氛乙烯布h。在此-實施例中，其藉自動裁 切機形成裁切檫誌之能力，在熱轉印靨無用部份之去除期 間自第一支樽構件2剝嫌第二支棣構件3之能力，以及熱轉 印紙之轉印特性亦均羼優異，因而可將其型樣能以良奸品 質轉印至轉印物。 窗施例3 將各具基重40g/ in" Μ樣轅國網-短網組合式诰紙機製 本紙5良尺度遑用中SS家樣準（CNS)T4規怙（2丨0X297公；«：) q Λ Ο W (> 經濟部屮央櫺準而β工消仪合作杜印^ ^00431 五、發明説明（8 ) 成之二層，其中在短網造紙機侧之層被用作第一支 撐構件2而在圖網造紙機销之—層被用作第二支撐構件3者 ,予以層叠而製備一具有基重及Stock igt施漿度20 秒鐘之基紙。將-聚乙烯酵（以下稱為"PV A";俱可由 Kurarey公司獲得之PVA105)按5g/if (以固體含量之方式表 示）塗佈於第二支橡構件：】之紙®上以形成一防止昇華用之 障壁層4 _製備熱轉印紙用之原紙1 «再者，將可舁華之油 墨藉印刷操作塗在PVA表面上以形成-熱轉印層5而製備熱 轉印紙。以此熱轉印紙安置於格子式自動裁切機上，將 延及第二支樽構件3與第支樽構件2之境界的裁切記號6 從熱轉印層5方面起循一相反之J1S標誌作成於該熱轉印紙 上，然後使由此切下之所生成J 1S檫誌依_上述方法藉熱 轉印至聚_布上。 其熱轉印愾在1 50 之溫度及300g /c nf之壓力下執行1分 鐘。在此一實施例中，其藉自動裁切機形成裁切記號之能 力，在熱轉印層無用部份之去除期間自第一支襻構件2剝 離第二支襻構件3之能力，以及熱轉印紙之轉印特性亦均 颶優異，因而可將其樣以良好品質轉印至轉印物。 實施例4 圏2為一横斷面圈顯示一由二層藉粘箸層層合所得之基 紙及一擁有該基紙及設在該基紙上之熱轉印層的熱轉印用 紙，作為依照本發明之第二種具髏例。 具有基重70g/#之遒林紙被用作第一支撺構件2。將用 作一障壁層（圈上未示 >之聚乙烯樹_層按17« 厚度藉層 (請先閲讀背而之注意事項扎艰窩本S) 本紙张尺度逍用中國《家標準（CNS)>fMam(210X2i)7公龙）10 Λ () Π 6 經濟部屮央標準局κχ工消作合作杜印¾. 五、發明説明（9) 合塗佈法層叠於第一支椎構件2上f，將-溶劑基聚矽氣樹 脂（KS-833,可自「信越」化學公司獾得）桉〇.5g/#量（以 固鼸含量之方式表示 > 塗佈於聚乙烯層上，以形成一隔離 層7。將一具有厚度50 w 之被用作第二支椿構件3之聚酯 _藉一丙烯酸_共聚物（Orivain BPS-48(JK可自Toyo油 墨製造公司播得）之可固化拈合劑層8層合於隔離層之 第-支撐構件2以獲得熱轉印紙用之層合原紙1。將一溶劑 基聚砂氣樹脂（SKX - 370,可自To ray Dow Corning聚砂氧 公司播得 > 桉〇 . Tg/nf量 <以固體含量之方式表示）塗佈於第 二支撐構件3之與聚酯禊拈著劑層8相對之表面上以形成一 隔離層4而將如同實施例1所用之著色樹脂以5〜10g/«f量 (以固體含量之方式表示）塗佈於隔離層4上以形成熱轉印 層5 ,因而完成熱轉印紙。以所得熱轉印紙安置於一格 T式自動裁切機t ,將延及隔離層7之裁切記號6循一相反 J IS標誌作成於熱轉印紙上，然後使由此切下之所生成J IS 檫誌依照上述步驟藉熱轉印至拉蝙用之聚氣乙烯布上。熱 轉印（操作）傺在1丨0¾之溫度及300g/cnf之壓力下執行3分 鐘。在此一實施例中，其藉自動裁切機形成裁切記號之能 力，在熱轉印層無用部份之去除期間自第一支橡構件2剝 離第：支檬構件3之能力以及熱轉印紙之轉印特性亦均颶 優異，因而可將其型樣以良好品質轉印至轉印物。 實施例5 以-具有基重7〇g/ 之透明紙用作第一支構構件2。將 •溶基聚矽氣樹脂（KS - 833 ,可自「倍越』化學公司獲 (請先IV.)讀背而之注急事項^瑱寫本 裝· 線· 本紙張尺度適用中國困家榣ijMCNS) T4規格（210X297公¢) 11 經濟部十央榣準^工消费合作杜印^ ;0043l Λ () __Π 6 _ 五、發明説明（Ι〇) 得 > 按0 . Sg/rf量（以固體含量之方式表示）塗佈於該透明紙 之一邊，以形成一隔離層7並將一聚乙烯樹脂層（圖上未示 }藉層合塗佈法按〗7 w «厚度塗在第-支撐構件2之另一邊 上，以供防濕之用。將一用作隔離層4之聚乙烯樹勝靥藉 層合塗佈法按17 U 厚度層疊於具有基重70g/#之透明紙 上以製備第二支橡構件3(.此等基材依照實旃例4所用之方 法層合以穫得熱轉印紙用之原紙U將包括聚酯樹脂及顔 料之箸色樹脂藉層合塗佈法按5〜量（以固體含量之 方式表示）塗在聚乙烯樹脂之隔離層4上，以形成一熱轉印 層5因而産生一熱轉印紙。使用所得熱轉印紙，依照如同 實施例1所用之步驟以及在如同其所用之條件下，將由該 紙切下之J1S標誌藉熱轉印至拉幅用之聚氰乙烯布上。在 此一實施例中，其藉自動裁切機形成裁切記號之能力，在 熱轉印層無用部份之去除期間自第一支橡構件2剝離第二 支棟構件3之能力以及熱轉印紙之轉印特性亦均廳優異， 因而可將其型樣以良好品質轉印至轉印物.， 富施例6 以一具有厚度50 α 之聚酸護用作第一支撑構件2。將一 溶劑基聚矽氧樹脂（KS-833,可自〖信越I化學公司獲得） 按O.Sg/m2量（以固驩含量表示）塗佈於該_之一邊上以形 成一隔離層7。將 用作隔離層4之聚乙烯樹膳層藉層合塗 佈法按17 w 厚度層疊於具有基重70g/#之透明紙之一遑 1:以製備第二支襻構件；K此等基材依照實施例4所用之方 法層合以産生一適於熱轉印紙之棟紙1。將如同賓施例1所 (請先閲讀背.而之注意事項"填寫本页) 本紙张尺度边用中SH家標準（CNS)1?/!規格（210x297公放）12 *j0043i Λ (ί Η Ο 經济部屮央標準局C3：工消作合作杜印51 五、發明説明（11) 用之熱轉印層5在如同實施例1所用之條件Τ層叠於第二支 樽構件3上所生成之聚乙烯樹脂隔離層4上，以産生一熱轉 印紙。使用所得熱轉印紙，依照如同實施例1所用之步驟 以及在如同其所用之條件下，將一 JIS標誌籍熱轉印至丙 烯酸樹脂Η上。在此一實施例中，其藉自動裁切機形成裁 切記號之能力，在熱轉印層無用部份之去除期間自第一支 棣構件2剝離第二支#構件3之能力，以及熱轉印紙之轉印 特性亦均羼優異，因而可將其樣以良好品質轉印至轉印 物〇 實施例7 以一具有厚度50 α 之聚酯醭用作第一支樽構件2。使一 隔離層7以如同實施例4所用之方法形成於第一支撺構件2 之一邊上。另一具有厚度50 W *之聚酯膜被用作第二支撺 構件3。使一隔離層4以如同實施例4所用之方法形成於第 二支樽構件3之-邊上。將此等二鏟聚酯膜層合以利隔離 層7形成它與第二支橡構件3之支持隔離層4者相反之表面 之接然後將包括乙烯-醋酸乙烯醋共聚物樹勝及顔料 之普色樹脂以5〜10g/Bf量（以固骽含量之方式表示）塗佈 於隔離層4上，以形成一熱轉印層5,因而産生一熱轉印紙 c將所得熱轉印紙安置於一平頭式自動裁切機上，將延及 隔離層7之裁切記號6循一相反之《) IS標誌作成於熱轉印紙 上而將由此切下之J iS標誌，在1 l〇t：及300g/c#之條件下 按30秒鐘藉熱轉印至聚酯布。在此一實施例中，其藉自動 裁切機形成裁切記號之能力，在熱轉印層無用部份之去除 (請先閲讀背而之注意事項"碼寫木R) 本紙張尺度逍用中SH家標準（CNS)甲Ί規怙（2]0X297公放） :00431 Λ (» Η (ί 經濟部屮央#準杓Α工消奸合作社印^ 五、發明説明（12) 期間自第-支撺構件2剝離第二支撺構件3之能力以及熱轉 印紙之轉印特性亦均颶優異，因面可將其型樣以美好品質 轉印至轉印物<, 窖施例8 -具有基重70g/nf之透明紙被用作第一支撺構件2。將 -溶劑基聚矽氣樹脂（KS-833，可自「信越」化學公司獲 得）按0.8g/#驗似固體含量之方式表示）塗佈於該紙之-遍 上以形成一隔離層7。將SBIT乳醪（圖上未示）按lOg/m8量 (以固體含量之方式表示）塗佈於該紙之另-邊上以防該紙 變濕.> 將棕櫊蠘按7g/ nr'量（以固體含量之方式表示）作為 -隔離層4塗佈於一具有基重YOg/M2之透明紙上，以製備 第：：支樽構件3„此等構件依照實施例4所用之方法層璺以 捎得熱轉印紙用之原紙1 以胺甲酸_樹脂及著色劑為著 色層（園上未示）按5g/nf量（以固體含量之方式表示）塗佈 於第二支橡構件之棕櫊蠟上 <，將用作熱轉印層5之聚酯樹 脂按25〜30g/#量（以固體含量之方式表示 >塗佈於著色層 上以獲得一熱轉印紙。將所得熱轉印紙安置於一格子式自 動裁切機上，將延及隔離層7之裁切記號6循一相反J IS標 誌作成於熱轉印紙上，然後除去不需要（無用)的部份。繼之 ,將由此切下之JIS標誌按1501及20〇g/c#之條件對棉 布籍熱轉印20秒鐘。在此一實施例中，其藉自動裁切機形 成裁切記號之能力，在熱轉印層之無用部份之去除期間自 第一支撺構件2剝離第二支梂構件3之能力以及熱轉印紙之 轉印特性亦均羼優異，因而可將其型樣以良好品質轉印至 本紙张尺度逍用中國國家標準規格（210X297公犮）14 (請先閲讀背而之注意事頰"1艰筠木S) 00431 Λ () IU) 五、發明説明（13) 轉印物。 本發明鼷於較佳具醱例已詳述如上，而如今精於此g之 人士由上述說明即可瞭解，在不脫離本發明之宏旨丁可做 變更及修改，因此在末尾之申讅專利範圍中有涵綦所有羼 於本發明輿諦之上述變更及修改之意旨。 裝- -線· 經濟部屮央標準局β工消你合作杜印5i 本紙張尺度边用中B國家楳準（CNS)>H規怙（210x297公货）Through the cooperation of the employees of the Ministry of Economic Affairs and the Ministry of Industry, the cooperation and duplication of the printing of Du 2004 2004 AG AG __ l \ () ____ V. Description of the invention (1) [Field of the invention 丨 This invention is about thermal transfer paper and base paper suitable for thermal transfer paper, In order to transfer fonts, patterns, etc. to the material to be transferred. [Description of prior art] So far, a type of thermal transfer paper has been used to transfer characters, numbers or patterns onto a substance, and these characters (numbers, types, etc.) are transferred to the substance (hereinafter referred to as "transfer material") Patterns or patterns and shapes for display and / or decoration. The thermal transfer paper includes a base material of paper or plastic film on which a thermally-adhesive transfer layer is provided on a separating layer, or includes the above-mentioned base material, and 1: a thermal transfer layer capable of being coated is provided. When the thermal transfer paper is used to transfer characters, numbers, and patterns to a transfer material, various transfer methods are known. For example, an example thereof includes printing according to an appropriate printing method such as silk screen printing, or photogravure. Printing, set printing and other methods pre-print the desired text, numbers and patterns on the substrate with a thermal transfer material, and then transfer it to the transfer material. Another example includes the thermal transfer layer. On the entire surface of the substrate, cut the desired font or pattern from the generated composition and transfer it to a transfer material: The method of forming characters, numbers and patterns by printing is suitable for preparing the same characters or numbers and patterns A large number of thermal transfer materials, but it requires too high printing costs, so that in small-scale production occasions, the unit cost of its products is quite increased. On the other hand, the method of cutting the thermal transfer paper including the thermal transfer layer on the surface of the substrate t into desired characters, numbers or patterns and transferring it to a transfer substrate can be formed according to the required specified amount The cutting of fonts or patterns from the thermal transfer paper for the desired characters or numbers or patterns can be performed by the method of cutting. The machinability and uniformity of the font or pattern should be tested (please read it first and back to the back. Wang Nian Bianxiang VC crucible writes on woody paper scales and uses Chinese 漳 楳 gestion (CNS > 怙 怙 （2 丨0X2ί) 7 Gonglong > 3 00431 Λ 6 Η 6 Persuaded by the Ministry of Economic Affairs of the Ministry of Economy to persuade Pui Gong to cooperate with Du Yinnu V. Description of the invention (2) Yin Daeruan, it is advantageous to use automatic cutting controlled by computer Cutting machine to cut them from transfer paper. Various methods of preparing fonts or patterns using this automatic cutting machine are known. For example, one example includes forming a groove extending to the bottom of the substrate of the thermal transfer paper to cut the font Or rearrange them after the pattern; another example includes forming trenches only in the transfer layer to remove its useless transfer layer. In the former method, the rearrangement of fonts or patterns cut from the transfer paper separately There are difficulties, so the latter method is superior to the former method. In the latter method, when the thickness of the transfer layer of the ii isolation layer on the substrate is large, the useless part can be easily removed from the transfer layer by peeling (operation) , But if the transfer layer is thin, this removal is difficult or impossible to achieve. Especially in the heat When the transfer material has a sublimable thermal transfer layer, it is impossible to remove its useless parts. [Summary of the Invention] Therefore, one object of the present invention is to provide a thermal transfer paper with excellent thermal transfer characteristics, and since then The thermal transfer paper can cut characters, numbers, patterns, etc. using an automatic cutting system, and can easily remove unnecessary (useless) parts. Another object of the present invention is to provide a thermal transfer paper suitable for the above According to one aspect of the present invention, a base paper is provided that includes a first support member and a second support member releasably integrated with the first support member, on which a thermal transfer layer can be formed. According to another aspect of the present invention, there is provided a thermal transfer paper including a base paper having a first support member and a second support structure releasably integrated with the first support member to make a heat The transfer layer is formed on the second support member of the base paper, which can achieve other purposes of the invention. It has a sufficient thermal property "paper-like paper that is heated during the thermal transfer operation. Home Sample Standard (CNS) V4 Specification (210x2 97 g; ¢) 4 ^ 00431 Ministry of Economic Affairs, Central Committee, ^ Α 工 消 " Cooperative Du-printed Λ fi _ [J_6 V. Description of the invention (3) Materials such as paper, plastic sleeping film and foil H, etc. Used as the material for the first rubber member of the base paper for thermal transfer paper. In addition, the second rubber member can also be made of paper, plastic foil, foil H, etc., only if they are heat-absorbent. The heat received during the thermal transfer operation. Specific examples of which can be used in the present invention are papers such as paper, kraft paper, transparent paper, coated paper and impregnated paper; plastic film such as polyethylene, polypropylene, Polyethylene terephthalate, polyphosphoric acid, polyimide, polyamine, vinegar ester polymers and isomers of thinner etc. Furthermore, specific examples of which can be used in the present invention are as follows Foil Η such as stainless steel foil and aluminum foil. In addition, it is also possible to use the above-mentioned paper / paper, paper / plastic mash_, plastic film / plastic__, paper / foil Η, and plastic_film / foil Η as a combination of the first and second support members Body.:, The second paper-like substrate can be attached to the first paper-like substrate according to various methods, and only this method can ensure proper separation between the first and second paper-like substrates. In detail, these two substrate layers are used in the papermaking process of papermaking machines such as multi-layer ring wire paper machine, rotary screen-short wire combined paper eaves, national net long wire combined paper machine or multi-layer long wire paper machine, etc. Stacked on top of each other. More specifically, the selection and / or control of the thickness of these two layers and the pulp and chemicals used in the process of each layer can ensure proper peel characteristics between the two layers, thereby manufacturing a laminated paper. Alternatively, use a release agent such as silicon gas resin, long-bond alkyl resin, fermented acid resin or polyolefin resin, natural wax or synthetic wax, etc. to treat the first paper-like substrate, and then make the second branch #component layer Close to the first support member. Suitable adhesives for lamination of these substrates include, for example, acrylic copolymers and rubbers, and can be any of self-setting type, curing type, solvent-based type, and emulsion type. In addition, the coating amount of the adhesive is based on the solid content (please read the precautions and fill in this page first). This paper uses the Chinese standard (CNS) A 4 specification (210X297 male dragon) 5 00431 Λ () | {6 The Ministry of Economic Affairs's “Standards of the Ministry of Economic Affairs” and Beigongxiao Co., Ltd. Du Du. V. Description of the invention (4) The way of expression is in the range of 5 ~ 100g / nf, with 10 ～ SOg / # 之 范 圈 within better. As such, when the combination of the release agent and the adhesive is selected so as to produce a proper release characteristic between these two layers, a laminated paper is prepared. If it is sticky, the release agent should be applied to the first branch member, and the adhesive must be applied to the second branch member, otherwise it will cause the transfer agent and the adhesive layer on the surface of the first branch member. After the gull, the layer is exposed due to the thermal transfer during the transfer, together with the removal of the useless part of the second rubber member, as a result of which they are bonded. Furthermore, a second branch building member is formed by extruding a thermoplastic resin such as polyolefin resin on a first branch member such as paper. Alternatively, when forming the plastic film, the two layers are co-extruded to form the first and second supporting members. In this case, in order to produce proper peeling characteristics between the first and second support members, the temperature at which these base materials are pressed is controlled. The thermal transfer paper according to the present invention includes: the thermal transfer layer on the second support member of the above-mentioned base paper suitable for thermal transfer paper has a composition according to the purpose of the generated thermal transfer layer and the transfer material The material varies. Examples of the heat transfer layer include heat-adhesive resins such as polyester resins, acrylic resins, urethane resins, vinyl cyanide copolymer resins, ethylene-vinyl acetate copolymer resins, etc., which can be used alone or in combination. Furthermore, dye-containing inks that have the ability to sublimate by heat can also be used as materials for the preparation of thermal transfer layers. These thermal transfer layers formed of heat-adhesive resins can further include colorants such as dyes and pigments, and other agents for adhesion. The thermal transfer layer may optionally be applied on the support member via a release agent layer. The base paper used for the thermal transfer paper according to the present invention has the first rubber member, and the standard of this paper uses the Chinese "楳 楳 准 (CNS) T4 rule (210X297):« :) 6 (please read the back first Matters needing attention-^ 碣 write wooden page) The Ministry of Economic Affairs Standard ^ Work Consumer " Cooperative Printed L00431 A (i ____ [Hi_ Fifth, Invention Description (5) The second support component formed on the first support component , And the thermal transfer layer formed on the second support member. When using the base paper, the groove from the thermal transfer layer through the second support member to the first support member is replaced by an automatic cutting system. It is formed by cutting the periphery of the desired font or pattern. In detail, since the thermal transfer paper according to the present invention has the second tenon member, an automatic cutting system can be used to form a groove with the desired shape. Even when the thickness of the thermal transfer layer is small: after the groove is formed, in addition to the part where the font to be transferred is completed, the useless part of the thermal transfer layer and the first part directly below the useless part The two rubber members are released from the first member along the above groove to remove them from the thermal transfer layer The part with the desired font or pattern is left on the first supporting member t. Furthermore, the thermal transfer layer remaining on the first supporting member is brought into contact with the transfer object and then heated and applied with a force. The transfer material releases the first and second support members on which the font or the plastic pattern of the thermal transfer layer is formed. Here, the operation will cause thermal transfer with the form of the font or pattern The layer adheres to the transfer material by heat, so that it stays on the transfer material. As a result, it becomes exquisite and the transfer zigzag or fold is formed on the transfer material to complete the transfer operation. In the case of the thermal transfer paper of the present invention, a transfer pattern of a desired shape can be broadcast if necessary. The obtained pattern is different from that obtained by the printing method. In addition, the present invention provides a thermal transfer paper according to the transfer used The structure of the base material is changed according to the type of material, and the release agent for the separation layer and the material for the thermal transfer layer can be used in an automatic cutting system suitable for various uses. The above and other effects of the present invention , Color and advantages are based on their specific examples, refer to the relevant annex Read more. This paper is easy to use and easy to use. (CNSiT *! Specifications (210X297 male dragon) 7 (please read the notes first ^ Item 杓 塡 write this page) -00431 Λ 6 Π 6 Ministry of Economic Affairs Central Standard, ^ 工 消 " Cooperation Du Yinyu 5. Description of the invention (< 3) [A brief description of the circle type] FIG. 1 is a transverse example of a specific example of thermal transfer paper according to the present invention. In order to show another cross-section garden of the thermal transfer paper according to the present invention. [Detailed description of the preferred embodiment] With reference to F, the embodiment of the present invention will be further described in detail. Fen Shi Example 1 Group 1 The cross-section circle shows the laminated base paper and the thermal transfer paper. The transfer paper has the base paper and the thermal transfer layer provided on the base paper as the first specific example according to the present invention. It is made by each layer with a basis weight of 40g / #. It is manufactured by a multi-layer paper machine with two layers (interpenetrating) with "I when peeling characteristics are laminated to make a basis weight of eOg / Bi2 and Stockigt with a sizing degree of 20 seconds. Base paper, coated with one emulsion_polysilicon gas (KM-768. Broadcast by Shin-Etsu Chemical Co., Ltd.) in the amount of lg / # (expressed in terms of solid content) on one of the paper layers used as the second support member 3 In order to form a separation layer 4, a base paper 1 suitable for thermal transfer paper is prepared. Furthermore, the coloring resin including acrylic acid resin, vinyl cyanide-vinyl acetate-vinyl ester copolymer resin and pigment is applied in an amount of 5 to 10 g / nf (expressed in terms of solid content) on the coated sand The surface h of the barrier layer 4 is used to form a thermal transfer layer 5 to prepare a thermal transfer paper. The obtained thermal transfer paper is placed on a flat bed automatic cutting machine, and the cutting mark 6 extending to the boundary between the second support member 3 and the first support member 2 is reversed from the thermal transfer layer 5 The J 丨 S logo is made on the thermal transfer paper, and then the J iS logo generated by the F-cutting is thermally transferred to the tentered polyethylene cloth according to the above steps. (Please read the back and the matters needing attention # 埙 write this page) This paper is used in the national standard (CNS) > P4 regulation (210X297 gonglong) 8 5. Description of the invention (7) Thermal transfer The operation is performed at a temperature of 1001: and a care of 300g / cffl £ for 3 minutes. The ability to cut marks by an automatic cutting machine, from the first period during the removal of the useless part of the thermal transfer layer The support member 2's ability to peel off the second support member 3 and the transfer characteristics of the thermal transfer paper are excellent * so that its wall sample can be transferred to the transfer object with good quality. Example 2 A thickness of 1 7 « * The polyethylene resin layer used as the separation layer 4 is laminated on the surface of the layer used as the second support member 3 like the base paper (with two layers stacked) used in Example 1, and a polyethylene resin is used The layer is also laminated with the thickness of 1? On the base paper and used as another layer of the first support member 2. The form letter 1: for the moisture proof of the base paper 1 of the thermal transfer paper produced by the mother of the economy. Central Standards Cooperating with Consumers to cooperate with Duin 5i (please read the precautions ^ first write this page) Furthermore, the thermal transfer layer 5 is implemented in the same way 1 Laminated on the polyethylene resin layer (spacer layer 4>) of the second support member 3 under the conditions used to form-thermal transfer paper. This thermal transfer paper is placed on a grid-type automatic cutting machine, The cutting mark 6 is made on the thermal transfer paper with the reverse J IS mark in the same steps as used in Example 1, and then the J 1S mark generated from this cut is used in accordance with the above steps and used as in the actual example 丨Under the conditions of transfer to the PVC fabric h for drawing. In this embodiment, it uses an automatic cutting machine to form the cutting capacity, from the first period during the removal of the useless part of the thermal transfer device. The support member 2 is capable of peeling off the second support member 3, and the transfer characteristics of the thermal transfer paper are also excellent, so that its shape can be transferred to the transfer material in good quality. Window Example 3 Each has a basis weight of 40g / in " Μ-sample 絕 国 网 -short net combined type paper mechanism. The paper is 5 good-scale and uses the Chinese SS home sample standard (CNS) T4 standard (2 丨 0X297 public; «:) q Λ Ο W (> The Ministry of Economic Affairs, the central government, and the β industrial consumer equipment cooperation Du Yin ^ ^ 00431 Fifth, the invention description (8) into two layers, The layer on the short wire paper machine side is used as the first support member 2 and the layer on the wire mesh paper machine pin is used as the second support member 3, which are laminated to prepare a basis weight and stock igt sizing Base paper with a temperature of 20 seconds. Coat-polyvinyl yeast (hereinafter referred to as " PV A "; PVA105, both available from Kurarey) at 5g / if (expressed as solid content) on the second oak Components:] A barrier layer for sublimation prevention is formed on Zhizhi® 4 _Preparation of base paper for thermal transfer paper 1 «Furthermore, the ink can be coated on the surface of PVA by printing operation to form-thermal transfer Layer 5 to prepare thermal transfer paper. This thermal transfer paper is placed on the grid-type automatic cutting machine, and the cutting marks 6 extending to the boundary of the second support member 3 and the second support member 2 are reversed from the thermal transfer layer 5 to J1S. The mark is made on the thermal transfer paper, and then the J 1S Sassafras generated by the cutting is thermally transferred to the poly_cloth by the above method. The thermal transfer is performed at a temperature of 150 ° and a pressure of 300g / cnf for 1 minute. In this embodiment, its ability to form cutting marks by an automatic cutter, the ability to peel off the second haptic member 3 from the first haptic member 2 during the removal of the useless portion of the thermal transfer layer, and heat The transfer characteristics of the transfer paper are also excellent, so they can be transferred to the transfer material with good quality. Example 4 Circle 2 is a cross-sectional circle showing a base paper obtained by laminating two layers of adhesive clad layers and a thermal transfer paper having the base paper and a thermal transfer layer provided on the base paper as According to the second kind of skeleton example of the present invention. Lin paper with a basis weight of 70 g / # is used as the first supporting member 2. Will be used as a barrier layer (not shown on the circle) polyethylene layer _ layer is borrowed at a thickness of 17 «(please read the precautions first and use this book). CNS) > fMam (210X2i) 7 male dragon) 10 Λ () Π 6 The Ministry of Economic Affairs, Bureau of Standards, κχ 工 消 作 作 作 關 印 印. V. Description of the invention (9) Co-coating method stacked on the first vertebra On the component 2 f, apply -solvent-based polysilicon resin (KS-833, available from the "Shin-Etsu" Chemical Company Badger) Eucalyptus 0.5g / # (expressed as solids content)> coated on polyethylene Layer to form an isolation layer 7. A polyester with a thickness of 50 W that is used as the second stud member 3_Order an acrylic_copolymer (Orivain BPS-48 (JK can be broadcast from Toyo Ink Manufacturing Company The obtained) curable adhesive layer 8 is laminated on the first supporting member 2 of the separator to obtain the laminated base paper for thermal transfer paper 1. A solvent-based poly-sand gas resin (SKX-370, available from To ray Dow Corning Polyoxygen Corporation broadcasts > Eucalyptus 〇. Tg / nf amount < expressed in terms of solid content) applied to the second support member 3 opposite to the polyester adhesive layer 8 An isolating layer 4 is formed on the surface, and the coloring resin as used in Example 1 is coated on the isolating layer 4 in an amount of 5 to 10 g / «f (in terms of solid content) to form the thermal transfer layer 5, so Complete the thermal transfer paper. Place the resulting thermal transfer paper in a T-type automatic cutting machine t, make the cutting mark 6 extending to the separation layer 7 follow the reverse J IS mark on the thermal transfer paper, and then make The cut JIS Sassafras is transferred to the polyethylene cloth for bats by thermal transfer according to the above steps. Thermal transfer (operation) is performed at a temperature of 1 ~ 0¾ and a pressure of 300g / cnf for 3 minutes In this embodiment, its ability to form a cutting mark by an automatic cutting machine, the ability to peel off the first supporting member 3 and the heat during the removal of the useless portion of the thermal transfer layer from the first supporting member 2 The transfer characteristics of the transfer paper are also excellent, so that the pattern can be transferred to the transfer material with good quality. Example 5 A transparent paper with a basis weight of 70 g / is used as the first support member 2 。 • Soluble polysilicon gas resin (KS-833, available from "Bei Yue" chemical company (please first IV.) Matters ^ 瑱 写 本 装 · Line · This paper scale is suitable for China's sleepy family ijMCNS) T4 specification (210X297 g) 11 Ministry of Economic Affairs ten central government ^ industrial and consumer cooperation Du Yin ^; 0043l Λ () __Π 6 _ V. Invention Description (Ι〇) Get > 0. Sg / rf amount (expressed in terms of solid content) is applied to one side of the transparent paper to form a separation layer 7 and a polyethylene resin layer (not shown in the figure) } Layer coating method is applied on the other side of the first-support member 2 according to the thickness of 7 w «for moisture-proof use. A polyethylene resin used as the separation layer 4 is laminated on a transparent paper with a basis weight of 70 g / # at a thickness of 17 U by a lamination coating method to prepare a second rubber member 3 (these substrates are in accordance with the actual Lay the method used in Example 4 to obtain the base paper U for thermal transfer paper. Apply the pigment resin including polyester resin and pigment to the polyethylene by the amount of 5 ~ (in terms of solid content) by lamination coating method On the separation layer 4 of the resin, a thermal transfer layer 5 is formed to produce a thermal transfer paper. Using the resulting thermal transfer paper, the paper is cut from the paper according to the procedure as in Example 1 and under the conditions as it is The J1S logo is thermally transferred to the cyanuric cloth used for stentering. In this embodiment, the ability to form cutting marks by an automatic cutting machine is used during the removal of the useless part of the thermal transfer layer. The ability of the first rubber member 2 to peel off the second branch member 3 and the transfer characteristics of the thermal transfer paper are also excellent, so that its shape can be transferred to the transfer material with good quality. A polyacrylic acid shield having a thickness of 50 α is used as the first support member 2. A solvent-based Polysilicone resin (KS-833, available from Shin-Etsu Chemical Co., Ltd.) Apply an O.Sg/m2 amount (expressed in solid content) on one side of the _ to form an isolation layer 7. It will be used as The polyethylene resin layer of the separation layer 4 is laminated on one of the transparent papers with a basis weight of 70 g / # by lamination coating method at a thickness of 17 w. 1: To prepare the second haptic member; The method used in Example 4 is laminated to produce a building paper 1 suitable for thermal transfer paper. It will be the same as that in Bin Shi Example 1 (please read the back first. The precautions & fill in this page) This paper is used in SH Standard (CNS) 1? /! Specification (210x297 public) 12 * j0043i Λ (ί Η Ο Biyang Standards Bureau of the Ministry of Economic Affairs C3: Industrial and Consumer Cooperation Duin 51 51. Description of the invention (11) Thermal transfer Layer 5 is laminated on the polyethylene resin separator 4 formed on the second support member 3 under the conditions T used in Example 1 to produce a thermal transfer paper. Using the resulting thermal transfer paper, the same as used in Example 1 Steps and under the conditions as they are used, a JIS mark is thermally transferred to the acrylic resin H. In this embodiment, the The ability of the automatic cutting machine to form cutting marks, the ability to peel off the second branch #member 3 from the first branch member 2 during the removal of the useless part of the thermal transfer layer, and the transfer characteristics of the thermal transfer paper are also It is excellent, so it can be transferred to the transfer material with good quality. Example 7 A polyester mash with a thickness of 50 α is used as the first support member 2. A barrier layer 7 is used as in Example 4. The method is formed on one side of the first supporting member 2. Another polyester film with a thickness of 50 W * is used as the second supporting member 3. An insulating layer 4 is formed in the same manner as in Example 4 On the side of the second support member 3. Laminate these two shovel polyester films to facilitate the separation layer 7 to form its connection with the opposite surface of the support support layer 4 of the second support member 3 and then include vinyl -The vinyl acetate copolymer resin and the pigment-based general-purpose resin are applied on the isolation layer 4 in an amount of 5 ~ 10g / Bf (expressed in terms of solid content) to form a thermal transfer layer 5, thus producing a Thermal transfer paper c Place the resulting thermal transfer paper on a flat-head automatic cutting machine, which will extend to the separation layer 7 The cutting mark 6 follows an opposite ") IS mark made on the thermal transfer paper and the J iS mark cut out therefrom is transferred by thermal transfer to 30g under the condition of 1 l〇t: and 300g / c # for 30 seconds. Polyester cloth. In this embodiment, the ability to form a cutting mark by an automatic cutting machine is used to remove the useless part of the thermal transfer layer (please read the precautions " code writing wood R). In accordance with the Chinese Standards (CNS) A standard (2) 0X297 public release): 00431 Λ (»Η (ί Economic Ministry 屮 央 # quasi- 杓 Α 工 消氣 Cooperation Cooperative Society ^ V. Description of the invention (12) The first-supporting member 2 peels off the second-supporting member 3 and the transfer characteristics of the thermal transfer paper are also excellent, because its surface can be transferred to the transfer material with good quality <, cellar example 8-Transparent paper with a basis weight of 70g / nf is used as the first supporting member 2. Solvent-based polysilicon resin (KS-833, available from "Shin-Etsu" Chemical Company) is tested at 0.8g / # The solid content is expressed) coated on the paper-over to form a separation layer 7. SBIT milk mash (not shown in the figure) is coated on the paper in an amount of 10 g / m8 (expressed as solid content) The other-on the side to prevent the paper from getting wet. ≫ Take the palm tarpaulin at 7g / nr '(expressed in terms of solid content) as-the barrier layer 4 is coated on a transparent basis weight YOg / M2 On the clear paper, prepare the following :: Supporting member 3. These members are layered according to the method used in Example 4 to obtain the base paper for thermal transfer paper. 1 Using carbamic acid_resin and coloring agent as the coloring layer Shown) Apply 5g / nf amount (expressed as solid content) on the brown wax of the second rubber member < apply polyester resin used as thermal transfer layer 5 at 25 ~ 30g / # amount (Expressed in terms of solid content> coated on the colored layer to obtain a thermal transfer paper. The resulting thermal transfer paper is placed on a grid-type automatic cutting machine, and the cutting marks extending to the separation layer 7 are followed 6 times. On the contrary, the J IS mark is made on the thermal transfer paper, and then the unnecessary (useless) parts are removed. Next, the JIS mark thus cut is thermally transferred to the cotton cloth according to the conditions of 1501 and 20〇g / c #. In this embodiment, its ability to form cutting marks by an automatic cutting machine peels off the second support member 3 from the first support member 2 during the removal of useless parts of the thermal transfer layer The ability and the transfer characteristics of the thermal transfer paper are also excellent, so that its shape can be transferred to this book with good quality For paper size, use Chinese National Standard Specification (210X297 Gonglu) 14 (please read the notes on the back of the cheek " 1 hardwood S) 00431 Λ () IU) 5. Description of the invention (13) Transfers. The present invention has been described in detail above, and now those skilled in the art can understand from the above description that changes and modifications can be made without departing from the gist of the present invention, so the patent is applied at the end The scope includes all the above-mentioned changes and modifications of the meaning of the present invention. Installation--Line · Ministry of Economic Affairs, Bureau of Standards, Beta Work, Consumer Cooperation, Duin 5i This paper is used in the B country standard ( CNS) > H regulation (210x297 public goods)